Debug Algorithm
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Butterfly Method of Multiplication - Standard Algorithm for 2 digit by 2 digit
Use these as posters, anchor charts, and notes to help students remember how to do the standard algorithm of multiplication using butterflies.
Included are individual pages for each step as well as all of the steps condensed to one page.
4th - 6th
Applied Math, Basic Operations, Math
CCSS
4.NBT.B.5
, 5.NBT.B.5
, 6.NS.B.3
Long Division Standard Algorithm | Scaffolded Guided Notes & Application
This resource includes scaffolded guided notes with an answer key for long division with the standard algorithm. The lesson is aligned to the Common Core State Standards (CCSS) and is labeled with the applicable standard, 6.NS.2. The lesson contains critical vocabulary, steps to success, guided practice, independent practice and real-world application. Copyright and licensing terms You may: Use this resource in a single classroom or for your own personal use.Reference this resource in a blog po
5th - 8th
Applied Math, Basic Operations, Math
CCSS
6.NS.B.2
Algorithms Explained Reference Sheet: Steps, Sequences & Logic
This single-page reference sheet introduces students to the concept of algorithms, covering definitions, key characteristics, and real-world examples of step-by-step processes. It explains how algorithms are used in everyday life and in computer science, helping students connect abstract logic to familiar situations. The sheet outlines common algorithm types such as sorting and searching, and presents clear visual representations of sequential steps. Designed for Grades 4–8, it supports foundati
4th - 8th
Applied Math, Basic Principles
Also included in: Technology Reference Sheets Bundle | Digital Literacy & Computer Skills
Primm & Kruskal's Algorithm Step by Step print out for Spanning Trees
This is a quick printout of the step-by-step directions for the two spanning tree algorithms, Prim and Kruskal, that students can use in their notes to save time.
9th - 12th, Adult Education, Higher Education
Applied Math, Math, Other (Math)
Java Programming Concepts BUNDLE
Intro to Java | Control Structures | Algorithms & ArithmeticThis engaging Creepy Circuit bundle includes three scaffolded computer science lessons perfect for building foundational Java programming skills in middle or high school students. Each lesson blends engaging visuals, structured content, and hands-on coding practice with editable materials for flexible classroom use. 1. Intro to Programming and VariablesLearn about IDEs, compilers, data types, and writing first Java programs Practice
6th - 12th, Higher Education
Applied Math, Computer Science - Technology, Robotics
Decimal Multiplication | Scaffolded Guided Notes & Real World Application
This resource includes scaffolded guided notes with an answer key for multiplying decimals with the standard algorithm. The lesson is aligned to the Common Core State Standards (CCSS) and is labeled with the applicable standard, 6.NS.3. The lesson contains critical vocabulary, steps to success, guided practice, independent practice and real-world application. Copyright and licensing terms You may: Use this resource in a single classroom or for your own personal use.Reference this resource in a
5th - 8th
Applied Math, Decimals, Math
CCSS
6.NS.B.3
Decimal Division | Scaffolded Guided Notes & Real World Application
This resource includes scaffolded guided notes with an answer key for dividing decimals with the standard algorithm. The lesson is aligned to the Common Core State Standards (CCSS) and is labeled with the applicable standard, 6.NS.3. The lesson contains critical vocabulary, steps to success, guided practice, independent practice and real-world application. Copyright and licensing terms You may: Use this resource in a single classroom or for your own personal use.Reference this resource in a blo
5th - 8th
Applied Math, Decimals, Math
CCSS
6.NS.B.3
Subtracting Whole Numbers with and without Regrouping
Students will be able to subtract multi-digit whole numbers accurately, with and without regrouping, using the standard algorithm and place value understanding. Lesson Description:In this lesson, students will learn how to subtract whole numbers using the standard subtraction algorithm. They will explore the difference between subtraction without regrouping (when each digit in the top number is larger than the digit below it) and subtraction with regrouping (when they need to "borrow" from a h
4th - 6th
Applied Math, Place Value
CCSS
4.NBT.B.4
Decimal Operations Bundle | Scaffolded Guided Notes & Real World Application
This resource includes scaffolded guided notes with an answer key for the following: Adding DecimalsSubtracting DecimalsMultiplying Decimals | standard algorithmDividing Decimals | standard algorithmThe lesson is aligned to the Common Core State Standards (CCSS) and is labeled with the applicable standard, 6.NS.3. The lesson contains critical vocabulary, steps to success, guided practice, independent practice and real-world application. Copyright and licensing terms You may: Use this resource i
5th - 8th
Applied Math, Decimals, Math
CCSS
6.NS.B.3
Area Strategies Flip Book
In this foldable flip book, students will learn and practice the following strategies to assist in solving for area: - tiling - algorithms/formulas - break apart/distributive property - add on/subtract off Simply print, fold, and get started! Students will see an example of the strategy on the top of their page, and then they will have a chance to try it out below. This is a great note-taking guide for them to keep throughout the whole unit, or it is a great interactive notebook tool to refer b
2nd - 4th
Applied Math, Math, Math Test Prep
CCSS
3.MD.C.5
, 3.MD.C.5a
, 3.MD.C.5b
+7
Mastering Multiplication: Interactive Arrays & Area Models Workbook
⭐ Are you tired of students blindly memorizing multiplication steps without actually understanding what they are doing? If your class can perform an algorithm but falls apart the moment they hit a word problem, it is time to go back to the foundations. Imagine your students confidently drawing arrays, decomposing numbers with ease, and connecting area models to the standard algorithm. Picture yourself walking around the room while students engage in productive struggle, using clear, scaffolded
3rd - 5th
Applied Math, Arithmetic, Basic Operations
Multiplying Double Digits Guided Notes & Practice Worksheet
Multiplying two digit numbers is a tricky concept, this resource helps simplify it! The guided notes give a detailed explanation of both the algorithm and area model. The descriptions are paired with two examples each and a practice worksheet. The worksheet provides 9 multiplication questions that they'll calculate twice using both the algorithm and area model to ensure students understand both!
4th - 6th
Applied Math, Basic Operations, Math
CCSS
3.NBT.A.2
, 4.NBT.B.4
, 4.NBT.B.5
+2
Also included in: Multiplying and Dividing Double Digits Guided Notes & Practice
Percent of a Number, Tax, Tips, Mark-Ups, Discounts - Guided Cornell Notes
Calculate Tax, Tip, Mark-ups, & Discounts using the Standard Procedure with these scaffolded, fill-in-the-blank Cornell notes. Students will use the standard algorithm to calculate the percentage. Then they will add to or subtract from the original amount. This product also includes a FREE blank Cornell notes template! These guided notes are intended to be completed in a traditional teacher-led, whole class structure. As an alternative, consider creating a screen recording of the guided notes
6th - 8th
Applied Math, Decimals, Math
CCSS
7.RP.A.3
Percent of a Number, Tax, Tips, Mark-Ups, Discounts - Guided Cornell Notes
Calculate Tax, Tip, Discount, or Mark-up using the Standard Procedure with these scaffolded, fill-in-the-blank Cornell notes. Students will use the standard algorithm to calculate the percentage. Then they will add to or subtract from the original amount. This product also includes a FREE blank Cornell notes template! These guided notes are intended to be completed in a traditional teacher-led, whole class structure. As an alternative, consider creating a screen recording of the guided notes ins
5th - 8th
Applied Math, Decimals, Math
CCSS
6.RP.A.3c
Dividing Fractions Note Catcher
This Dividing Fractions Note Catcher clearly breaks down all the essential concepts needed to understand and solve fraction division problems all in ONE page! It includes structured sections for formulas, step-by-step tape diagram instructions, identification of parts and wholes, and the use of the algorithm method (Keep-Change-Flip). By incorporating visuals and real-world examples, it supports both conceptual understanding and procedural fluency, making it ideal for students at various learnin
4th - 6th
Applied Math, Basic Operations, Fractions
CCSS
6.NS.A.1
, 6.NS.B.2
, 6.NS.B.3
+6
Math Notes: Multiplication by 1 digit factors: 4 strategies FULLY EDITABLE
How I teach math: Hook (a book, personal story, or a prompting question)NotesPracticeThis product is the note page on Multiplying by 1 digit factors. The notes go over using these 4 strategies: area/box model, base 10 blocks, partial products using distributive property and the traditional algorithm. The answers are included in a pdf. You are downloading the PowerPoint document. It is completely customizable to your class' needs. You can use special numbers (student birthdays, school address
4th - 8th
Applied Math, Basic Operations, Math
Multiplying Multidigit Whole Numbers Notes
In these guided notes, you'll learn two effective strategies for multiplying larger whole numbers: The area model breaks a multiplication problem into smaller, easier parts using place value. You'll draw a rectangle, divide it based on the digits in each number, and multiply each section. Then, you'll add all the partial products to find the final answer. This visual method helps you see how multiplication works and builds strong number sense. The standard algorithm is the traditional step-by-st
3rd - 5th
Applied Math, Basic Operations, Numbers
CCSS
4.NBT.B.5
Types of Multiplication Flip Book
This flipbook is perfect for your students’ interactive math notebooks! It is easy to use and VERY detailed! Each type of multiplication is summarized and there is an example of each type for the students to work through. My students use this as a reference all the time! Included is: *One flipbook for the following multiplication concepts: 1 digit x 2 digits, arrays, area model (2 digits x 2 digits), & the standard algorithm (2 digits x 2 digits) *One completed flipbook for answers Check out
4th
Applied Math, Basic Operations, Math
CCSS
4.NBT.B.5
Teaching Slides for Addition within 1,000,000 - IN 3.CA.1 - Standards Based Math
Make teaching addition fun and meaningful with this engaging, structured slideshow for mastering 3.CA.1 addition within 1,000,000! This resource helps students develop strong computation skills through place value strategies, visual models, guided instruction, and spiraled practice designed to build confidence and accuracy. Lead your students to develop a deep understanding of addition by working with large numbers in meaningful ways. Students will practice adding within 1,000,000 using place va
2nd - 4th
Applied Math, Arithmetic, Math Test Prep
CCSS
3.NBT.A.2
MA.5.NSO.2.4 Dividing Decimals with Estimation Anchor Chart
A Step-by-Step Visual Guide for Teaching Decimal Division with Reasonableness Checks Dividing decimals can feel intimidating for 5th graders, especially when they’re trying to remember when and how to move the decimal point. This anchor chart was designed to make the process clear, visual, and stress-free by breaking division into simple, meaningful steps students can actually understand. Aligned directly to MA.5.NSO.2.4, this resource walks students through dividing multi-digit decimals using
5th
Applied Math, Decimals, Math Test Prep
Introduction to Number Theory Unit Notes
NOTE: This unit serves as an INTRODUCTION to number theory to high school students. Formal proofs are not included in this plan. This unit only touches a couple topics in number theory in the hopes of 1) students to persuade mathematics as their major or 2) realize the importance of number theory, especially how it relates to cryptography. If you are teaching number theory through Discrete Math, Applied Math, or any other courses that has number theory as a unit, this unit is right for you! Pl
9th - 12th, Higher Education
Applied Math, Math
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